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This proposal outlines a strategic "Double-Win" for human resilience, addressing the simultaneous threats of Artificial General Intelligence (AGI) systemic fragility and Carrington-level geomagnetic events. By decoupling survival infrastructure from hyper-connected digital logic, the project ensures communities remain operational even during a total "Black Sky" event.
The primary objective is the development and dissemination of the Resilient Community Open-Source Blueprint (RCOB)—a hardware-deterministic framework designed for civilizational survival.
Bridge the Implementation Gap: Translate high-level federal resilience mandates (like FERC TPL-007-1) into actionable, jurisdiction-agnostic engineering specifications that any municipality can deploy.
Establish a Hardware-Deterministic Baseline: Create an "Analog Sanctuary" architecture that allows critical infrastructure—power, communications, and logistics—to degrade gracefully to a functional, manual baseline independent of software logic or semiconductor integrity.
Unlock Federal Funding: Provide municipalities with scalable/tailorable technical documentation, cost-benefit models, and grant templates required to access existing FEMA and DHS resilience funding.
Ensure Open-Science Perpetuity: Distribute all intellectual property and technical specifications in open formats (e.g., FreeCAD) and transition them to a permanent institutional archive upon the project's strategic dissolution.
The project achieves these goals through an 18-month RD&D (Research, Development, and Dissemination) sprint organized into five technical modules and a structured validation phase:
The RCOB architecture is built on three distinct layers of resilience:
Technical Specification Library: Reproducible blueprints for five domains: Hardened Energy Storage and Harvest (HESH), Hardened Logistics (EHLA), Layered Spectrum Communications, Faraday Vaults (SCFV), and Optical Counter-Sensing.
Grant-in-a-Box Toolkit: Scalable cost-estimation models and pre-drafted grant application templates calibrated to federal programs.
Training & Drills Protocol: Operational manuals for "Cage Drills" (testing Faraday-stored tech) and manual infrastructure overrides
Phase I: Discovery (Months 1–4): Structured audits of community infrastructure and failure-mode testing to build an empirical foundation.
Phase II: Synthesis (Months 5–10): Drafting the blueprints, cost-estimation tools, and training manuals.
Phase III: Validation (Months 11–15): Field-testing the specifications through a pilot program in Humboldt County, CA, culminating in a 48-to-72-hour simulated "Black Sky" tabletop exercise.
"Saturation Sprint": A 90-day advocacy period targeting "Force Multipliers" like the National Association of Counties (NACo) and the American Public Power Association (APPA).
Grant-in-a-Box: Provide municipalities with grant templates to lower the barrier for local funding and implementation.
Institutional Stewardship: Upon completion, the project will dissolve, transitioning all intellectual property to an open-access archive with the selected steward(s).
The proposed budget is allocated across five primary categories to cover the total lifecycle of the 18-month project, from initial research to organizational dissolution.
This funding supports three full-time roles responsible for research architecture, synthesis, and execution management over the 18-month sprint:
Project Manager ($110,000/yr): Oversees scope, timelines, and municipal coordination.
Technical Lead / Researcher ($95,000/yr): Drives the creation of the Technical Specification Library.
Operations / Communications Coordinator ($75,000/yr): Manages the "Grant-in-a-Box" toolkit and dissemination efforts.
Funds are allocated to engage five specialized consultants on a fixed-fee basis to provide high-density technical expertise for the blueprint modules:
Electrical Engineering: Grid hardening and Faraday vault construction criteria.
Diesel/Logistics: Failure-mode analysis of legacy, pre-electronic vehicle platforms.
Radio/Comms: Protocol and frequency planning for the Layered Spectrum module.
AI/Cybersecurity: Addressing systemic fragility and software-defined failures
Economic Strategy: Development of the Grant-in-a-Box modeling and cost-benefit analyses
This represents the largest portion of the budget, dedicated to field-testing the blueprints at the pilot site in Humboldt County, CA:
Infrastructure Vulnerability Assessment (IVA) ($125,000): Detailed engineering audits to identify specific site-level failure modes.
Analog Sanctuary Build ($363,000): Construction of the standardized community Faraday vault and installation of hardware-level manual overrides.
Tabletop Exercise (TTX) & Red-Teaming ($65,000): A structured, 72-hour simulation involving professional facilitators and a technical "Red Team" to stress-test the community's response under a "Black Sky" scenario.
Funding for the 90-day "Saturation Sprint" to ensure adoption by decision-makers:
Turnkey Briefings: Resources for professional associations such as ICMA, NACo, and APPA.
Education Kits: Tabletop Exercise (TTX) kits for local Emergency Management Directors to run their own simulations.
Covers essential administrative overhead and project management support during the 18-month duration.
Note on Strategic Dissolution: Because the RCOB is a terminal deliverable, there are no anticipated recurring costs after Month 18. All assets will have been transitioned to permanent institutional stewards.
The RCOB team is organized into a two-tier structure: a core leadership team responsible for project architecture and a Subject Matter Expert (SME) Advisory Pool for domain-specific technical deliverables.
Core Project Team: The core team handles project management, technical research, and operations.
SME Advisory Pool: The team will be supported by a multidisciplinary pool of five consultants who provide high-density expertise:
Electrical Engineering / Grid Hardening: A licensed engineer specialized in grid infrastructure and electromagnetic compatibility.
Automotive / Mechanical Systems: A specialist in pre-electronic engine systems and legacy vehicle failure-mode analysis.
Emergency Communications / Amateur Radio: An operator with ARES/RACES coordination experience and a background in HF/NVIS communications.
AI Systems / Critical Infrastructure: A specialist in autonomous systems and software-defined infrastructure.
Economic Strategy: Focused on grant modeling and cost-benefit analysis.
While this specific implementation of the Resilient Community Open-Source Blueprint (RCOB) is a new initiative, it is built on a foundation of rigorous research and professional execution.
The team: The team's professional background is in entrepreneurial venture execution: scoping and building projects from concept to completion across multiple industries, and managing cross-functional contributors. These are the primary qualifications for this role. The RCOB requires someone who can define a complex, multi-deliverable scope, hold a distributed team of specialists accountable to concrete outputs, and drive a terminal project to completion on schedule. It does not require the project lead to be a licensed electrical engineer, it requires them to know how to direct one toward a specific, reviewable deliverable.
Operational Excellence: Our leadership team brings years of experience in "lean" entrepreneurship, characterized by bringing projects in under budget while maintaining high-quality deliverables. We are applying these professional project management (PM) principles to ensure the RCOB becomes a standardized "Public Good".
Pilot-Ready Strategy: We have already identified Humboldt County, CA as our validation site. This location was chosen specifically because its history of isolation and infrastructure vulnerability makes it the ideal "stress test" for resilience protocols.
Low Adoption by Municipal Leadership: The project’s success depends on the transition of the Resilient Community Open-Source Blueprint (RCOB) from a digital archive into the hands of decision-makers. Failure could occur if local leaders view "Analog Resilience" as too regressive or expensive despite provided cost-estimation models.
Rapid Obsolescence of Technical Specs: While the RCOB focuses on hardware-deterministic implementation, a failure to account for rapid shifts in AGI's ability to manipulate physical systems could render certain "air-gaps" less effective than originally designed.
Insufficient Community Participation: For the "Social Layer" of defense to work, communities must engage in "Cage Drills" and radio simulations. If the human element fails to maintain the "Duty Cycle" rotation for stored electronics, the "Seed Kits" may be non-functional when an actual event occurs.
Fiscal or Scope Creep: Although the team operates with high fiscal responsibility, an 18-month RD&D sprint is aggressive. Unexpected technical hurdles in the Humboldt County validation test or other unforeseen circumstances could delay the "Saturation Sprint" and the timeliness of the subsequent strategic dissolution.
Continued Systemic Fragility: If the RCOB is not adopted, communities remain tethered to "Just-in-Time" infrastructure and hyper-connected logic, leaving them fully vulnerable to civilizational resets from Carrington Events or AGI errors.
Loss of Human Agency: Failure to implement "Analog Sanctuaries" means that during a system hijack or "Black Sky" event, human operators will lack the manual overrides necessary to protect critical life-support systems and power grids.
Fragmented Recovery: Without a standardized, open-source blueprint, recovery efforts from a major grid collapse could take 4 to 10 years and cost estimates of over $1T due to a lack of pre-staged, hardened logistics and communication assets.
Inefficient Use of Funding: The primary risk would be the production of a high-quality technical library that fails to achieve "Public Good" status due to a lack of successful global distribution.
Mitigation Strategy: To prevent these outcomes, the project includes a dedicated Dissemination & Advocacy Sprint and the creation of a "Grant-in-a-Box" toolkit to ensure municipalities have no bureaucratic excuse to delay adoption.
This is the project's first formal request for capital. The project has been entirely self-funded during the initial research and conceptualization phase.
The minimum funding for the project ($500) will fund our continued efforts to research, plan, and seek funding.